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Metal
TOYOE
| A certain auto parts manufacturer has adopted a modular cabin design for its logistics operations at Tianjin Port, with a particular focus on solving the transportation challenges of irregularly shaped auto parts. Components like front grilles—characterized by their hollow, non-uniform structure—and gearboxes—with bulky, asymmetrical outlines—have long been difficult to pack efficiently, often requiring excessive packaging to ensure stability. However, the modular cabin design, with its adjustable internal partitions and tailored fixing structures, enables these irregular parts to be shipped in bare packaging (without cumbersome outer casings or fillers) |
This innovative application of modular cabin design has yielded significant space-saving results in sea transportation: each shipment now saves 3.2 cubic meters of cargo space compared to previous packaging methods. The saved space not only allows the manufacturer to load more auto parts in a single voyage, directly improving transportation efficiency, but also reduces the number of required shipping trips or the size of chartered vessels. In turn, this lowers overall logistics costs, enhances the competitiveness of the manufacturer’s supply chain, and sets a practical example for efficient transportation of irregular auto parts in port logistics
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| The exoskeleton uses a mortise and tenon self-locking structure. When fully loaded with 15 tons and stacked four layers, it maintains a vertical accuracy of 0.15°, increasing storage density by 83% compared to traditional shelves. |
Suzhou Heavy Industry Group's outdoor spare parts warehouse renovation project saw remarkable environmental adaptability with this system: after heavy rain, internal humidity remained under 40%RH, and cold shrinkage was less than 0.02% at -30℃. |
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| The cycle counting chip records 1,272 turnover processes. When components reach their service life, the system generates a regeneration plan to match smelting parameters, ensuring 98.7% enter closed-loop recycling. |
Empirical data from BYD's new energy vehicle industrial park shows that after adopting this shelf, the storage and retrieval time of a single stamping die has been shortened to 47 seconds, and the annual packaging cost has been reduced by 680,000 yuan. |
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| This innovative solution integrates structural mechanics, materials science and IoT technology, redefining green warehousing standards for modern industry. |
| A certain auto parts manufacturer has adopted a modular cabin design for its logistics operations at Tianjin Port, with a particular focus on solving the transportation challenges of irregularly shaped auto parts. Components like front grilles—characterized by their hollow, non-uniform structure—and gearboxes—with bulky, asymmetrical outlines—have long been difficult to pack efficiently, often requiring excessive packaging to ensure stability. However, the modular cabin design, with its adjustable internal partitions and tailored fixing structures, enables these irregular parts to be shipped in bare packaging (without cumbersome outer casings or fillers) |
This innovative application of modular cabin design has yielded significant space-saving results in sea transportation: each shipment now saves 3.2 cubic meters of cargo space compared to previous packaging methods. The saved space not only allows the manufacturer to load more auto parts in a single voyage, directly improving transportation efficiency, but also reduces the number of required shipping trips or the size of chartered vessels. In turn, this lowers overall logistics costs, enhances the competitiveness of the manufacturer’s supply chain, and sets a practical example for efficient transportation of irregular auto parts in port logistics
| | |
| The exoskeleton uses a mortise and tenon self-locking structure. When fully loaded with 15 tons and stacked four layers, it maintains a vertical accuracy of 0.15°, increasing storage density by 83% compared to traditional shelves. |
Suzhou Heavy Industry Group's outdoor spare parts warehouse renovation project saw remarkable environmental adaptability with this system: after heavy rain, internal humidity remained under 40%RH, and cold shrinkage was less than 0.02% at -30℃. |
|
| The cycle counting chip records 1,272 turnover processes. When components reach their service life, the system generates a regeneration plan to match smelting parameters, ensuring 98.7% enter closed-loop recycling. |
Empirical data from BYD's new energy vehicle industrial park shows that after adopting this shelf, the storage and retrieval time of a single stamping die has been shortened to 47 seconds, and the annual packaging cost has been reduced by 680,000 yuan. |
|
| This innovative solution integrates structural mechanics, materials science and IoT technology, redefining green warehousing standards for modern industry. |
